Presentation Information
[Tu-P-109]Floquet Driven Interaction Between Cavity-mediated Quantum Dots
〇Xiao-Fei Liu1, Zhi-Hai Liu1, Tie-Jun Wang2, Chuan Wang3, Hongqi Xu1 (1. Beijing Academy of Quantum Information Sciences (China), 2. Beijing University of Posts and Telecommunications (China), 3. Beijing Normal University (China))
We demonstrate remote interaction between gate-defined QDs under Floquet driving for the first time. By choosing suitable frequency, phase, and amplitude of the Floquet driving, this system can realize long-distance controlled-iSWAP gate and high-fidelity quantum state transfer.